2025-07-04
15:24 |
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Pushing the Limits: Advanced SiC Detectors for Operation in Harsh Environments
/ Pellegrini, Giulio (speaker) (Centro Nacional de Microelectrónica (IMB-CNM-CSIC) (ES))
Silicon carbide (SiC) detectors are emerging as key components for radiation monitoring in extreme environments, including ultra-high dose rate (UHDR) FLASH radiotherapy, nuclear physics, high energy physics and plasma diagnostic in fusion reactors. This talk will present the technological development and characterization of SiC p–n diodes for UHDR dosimetry and neutron detection [...]
2025 - 3939.
Detector Seminar
External link: Event details
In : Pushing the Limits: Advanced SiC Detectors for Operation in Harsh Environments
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2025-07-04
15:24 |
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Introduction to Machine Learning and Deep Learning
/ Kagan, Michael (speaker) (SLAC National Accelerator Laboratory (US))
Abstract
Machine learning, which builds on ideas in computer science, statistics, and optimization, focuses on developing algorithms to identify patterns and regularities in data, and using these learned patterns to make predictions on new observations. Machine learning is quickly evolving and expanding, with recent great success in the realms of computer vision, natural language processing, and broadly in data science [...]
2025 - 9048.
CERN openlab summer student lecture programme
External link: Event details
In : Introduction to Machine Learning and Deep Learning
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2025-07-04
12:34 |
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Computer Security: Past, Present & Future
/ Lueders, Stefan (speaker) (CERN)
Abstract
This presentation shall take a look at the common pitfalls when developing software or deploying computing services to the world. Attackers are on the prowl finding the usual misconfigurations, errors or blunders in such software and hardware and try to exploit them for their evil deeds [...]
2025 - 7405.
CERN openlab summer student lecture programme
External link: Event details
In : Computer Security: Past, Present & Future
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2025-07-04
12:34 |
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2025-07-04
12:34 |
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2025-07-04
12:34 |
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2025-07-04
12:34 |
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2025-07-04
12:34 |
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White Rabbit development on Altera platform
/ Back, Antoine (speaker) (IJCLAB)
In this presentation, we will showcase the metrological evaluation of a newly developed electronic architecture—a custom carrier board built around the Altera Arria10 FPGA—which integrates White Rabbit technology. This system is an original platform tailored for high-performance frequency and time distribution, as well as precise timing capture for phased-array detectors. [...]
2025 - 1232.
Meetings and/or Vidyo with external partners; 14th White Rabbit Workshop
External links: Talk details; Event details
In : 14th White Rabbit Workshop
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2025-07-04
12:34 |
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LockSweep (on BabyWR) status and progress
/ Jansweijer, Peter (speaker) (Nikhef) ; Asteriou, Konstantinos (speaker) (Nikhef)
Usually the WR reference clock is the source of the WR timing signals (10MHz and PPS), however, for low phase noise it is profitable to use the output of the local oscillator.
In many White Rabbit systems the local oscillator has a different frequency than the White Rabbit reference clock which leads to a fixed number of possible phase lock positions.
Using the local oscillator directly means that it must be phase aligned with the PPS in the WR reference clock domain.
The process of aligning the phase of the external oscillator in the proper phase position is called LockSweep.
LockSweep is explained and progress is reported based on experience with BabyWR..
2025 - 1536.
Meetings and/or Vidyo with external partners; 14th White Rabbit Workshop
External links: Talk details; Event details
In : 14th White Rabbit Workshop
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2025-07-04
11:58 |
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White Rabbit in Radio Interferometry
/ Boven, Paul (speaker) (JIVE)
We examine the suitability of White Rabbit for the distribution of a reference phase signal in radio interferometers. Receptors in an interferometric array require a stable reference phase, and the phase noise due to the clock distribution could possibly lead to a reduction in the amplitude of the cross product of the signals, an effect known as 'coherence loss', which reduces the sensitivity of the observation.
We develop a method to predict the coherence loss from the measurements of the ADEV and MDEV, including a novel expression for the coherence loss due to flicker phase modulation.
We introduce a new method to calibrate the dispersion parameter alpha, which is especially convenient on already deployed fiber. [...]
2025 - 2110.
Meetings and/or Vidyo with external partners; 14th White Rabbit Workshop
External links: Talk details; Event details
In : 14th White Rabbit Workshop
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